Transport and Emissions in the Liverpool City Region Performance - - PowerPoint PPT Presentation

transport and emissions in the liverpool city region
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Transport and Emissions in the Liverpool City Region Performance - - PowerPoint PPT Presentation

Transport and Emissions in the Liverpool City Region Performance and Performance and Review Sub-Committee 24 November 2014 Stephen Littler, Corporate Performance Manager AIM Brief background to area being reviewed Present timetable of


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Transport and Emissions in the Liverpool City Region

Performance and Performance and Review Sub-Committee

24 November 2014 Stephen Littler, Corporate Performance Manager

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SLIDE 2

AIM

Brief background to area being reviewed Present timetable of reviews for approval Suggest questionnaire agreement approach Agree interviewees to plan dates

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Terms of Reference Summary for the Task and Finish Group

Scope Emission reduction interventions undertaken through the Transport Partnership Review Area LCR where current LTP Partnership has control / influence

  • Review the role of transport in emissions reduction

Aim (carbon and air quality) in the LCR

  • Review the current strategic approach to reducing

emissions

  • Identify any ‘controllable elements’ that could be

improved through Partnership intervention

  • Set an approach to the delivery of identified

interventions recognising those where only ‘influence’ exists

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Outcomes

  • Identification of areas of strength and weakness in

managing and reducing emissions

  • Prioritised potential ways forward to continue or

improve on current approach / capability

  • A set of recommendations that contribute to

emission reductions supported and / or delivered by

Terms of Reference Summary for the Task and Finish Group

the Partnership Methodology

  • Desktop exercise to review current Transport

Partnership activity in support of emissions reduction

  • Overview of how emissions are monitored and

managed, or otherwise

  • Establish the level of resourcing required to achieve

required emission reductions and / or targets

  • Undertake evidence gathering sessions from key

‘witnesses’

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SLIDE 5

Statutory Background Air Quality

Local authorities have statutory responsibilities for local air

quality management (LAQM) under the Air Quality Strategy (AQS)

UK Air Quality Strategy objectives for the following pollutants:

  • Nitrogen oxides
  • Particulate matter
  • Nitrogen oxides
  • Particulate matter
  • Benzene
  • 1,3-butadiene
  • Sulphur dioxide
  • Carbon monoxide
  • Lead

EU legislative risks and fines due to poor air quality EU level targets and Directives eg vehicle emissions, fuels,

EURO standards

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Statutory Background Carbon Dioxide CO2

Climate Change Act 2008 (National target) No local statutory duty or requirements (was NI185) Are Policy and Strategic expectations Assessment tools for funding require an understanding of

impacts on CO2

Expect to see application of evidence-based remedial actions EU level targets and Directives eg vehicle emissions, fuels,

EURO standards

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General National Context

  • Passenger cars produce nearly 60% of all CO2 emissions from road

transport in the UK, compared to just 5% from buses (Department of Energy and Climate Change 2011).

  • Congestion dramatically increases CO2 emissions from road vehicles.

Under heavily congested conditions tail pipe emissions can be increased by as much as 3 or 4 times.

  • Operators are achieving savings in fuel consumption, carbon savings

from alternative fuels and are investing in low carbon vehicles, which are estimated to use 30% less CO2 than diesel equivalents

  • Recognised difficulties in decoupling economic growth from increases

in carbon emissions in the transport sector due to reliance on fossil fuels

  • Not all about transport – impacts, costs and solutions are wider
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General National Context

  • 99% of all transport in the UK currently runs on oil products, and

transport accounts for 74% of the UK’s consumption of oil

  • technological advances have already made available low emission

engines

  • Damage calculations

CO2 – IPCC assessment report

“The net damage costs of climate change are projected to be significant and to increase over time..It is very likely that globally aggregated figures underestimate the damage costs because they cannot include many non-quantifiable impacts”

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National Context (Air Quality)

Source: PTEG

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National Context (Air Quality)

Source: PTEG

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Local Context (Air Quality)

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Local context (Air Quality)

Pollution source Percentage of total tonnage

  • f NOx emissions

Percentage of total tonnage

  • f PM10 emissions

Transport 35 18 Industrial and Commercial 47 71 Domestic 15 7 Other 2 3

Source – Merseyside Atmospherics Emissions Inventory, 2012 data (Sefton MBC)

90 100 10 20 30 40 50 60 70 80 Merseyside Millersbridge AQMA M6 AQMA Hawthorne Rd AQMA Princess Way AQMA Dale St Proportion of NOx Emissions % HGV Bus/Coach LGV Car

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Merseyside Atmospheric Emissions 2012

Road Traffic Update sent to Merseytravel each year

Emission Source 2012 Pollutant emissions (tonnes) GWP Total* NOX PM10 CO CO2 CO2 Equivalent

Major road traffic 2,680 58 3,222 873,013 881,224 Minor road traffic 1,282 32 1,889 456,989 462,525 Cold starts, hot soaks, diurnal evaporation 272 15 3,824

  • Rail traffic (based on 2008 timetables)

266 5 110 16,831 18,866 Bus & rail stations 16 0.5 8 1,462 1,508 Airport (Liverpool) 178 2 224 48,139 48,384 Shipping port 1,240 52 3,072 126,615 126,615 TRANSPORT TOTAL 5,935 165 12,349 1,523,049 1,539,122 Industrial & Commercial Electricity Use""

  • 1,774,830

1,774,830 Industrial & Commercial Gas Use 629 18 213 1,171,934 1,171,934 Other Industrial & Commercial Fuel Use & Activities 7,282 627 1,636 443,093 504,151 INDUSTRIAL & COMMERCIAL TOTAL 7,911 645 1,849 3,389,857 3,450,915 Domestic Electricity Use""

  • 1,237,410

1,237,410 Domestic Gas Use 2,544 18 1,132 2,103,827 2,103,827 Domestic Solid Fuel Use 29 44 1,275 25,346 27,309 Domestic House & Garden Machinery 21 1,574 7,764 7,959 DOMESTIC TOTAL 2,594 63 3,982 3,374,348 3,376,506 AGRICULTURE 300 30 127 6,993 10,199

GRAND TOTAL 16,740 903 18,307 8,294,247 8,376,742

Source NOX PM10 CO CO2 CO2 Equivalent Total Transport Related Emissions 5,935 165 12,349 1,523,049 1,539,122 (% contribution to Merseyside total emissions) 35.45 18.26 67.46 18.36 18.37 Road Transport Emissions 4,234 105 8,935 1,330,002 1,343,749 (% contribution to Merseyside total emissions) 25.29 11.58 48.81 16.04 16.04

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Why do anything?

EU and UK legislation EU fines (£300,000,000/yr to UK) Health impacts ‘Knock-on’ economic factors inc health costs, investment

damage

Many impacts can be avoided, reduced or delayed by mitigation Declining and expensive fossil fuels

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Projects / Activity

Many specific projects, some local embedding of

considerations, other nationally set mechanisms, some direct/indirect e.g.

LTP Goal 2 and indicators (short and long term actions) – LTP

annual report and data collection

New Transport Strategy (Transport Plan for Growth) –

Proposed Theme on carbon and emissions and KPI?

District Air Quality Action Plans Districts own internal Carbon Management approaches

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Projects / Activity

Low Carbon Economy Committee led through the LEP Specific projects (next slide) On-going mechanisms: planning and development control,

traffic management, parking charges, highways design,

  • perators fleet renewal, logistics, private vehicle purchases
  • perators fleet renewal, logistics, private vehicle purchases

Measurement and modelling (MAEI)

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Projects / Activity

LTP3 Partnership Progress (reported to P+R Oct 2014)

  • E-Mobility Strategy
  • E-Mobility Strategy
  • Clean Bus Technology Fund
  • Clean Vehicle Technology Fund
  • Green Bus Fund
  • OLEV - Electric Vehicles Charging Points
  • Travelwise and Smarter Choices Programme
  • Local Sustainable Transport Fund (BIONIC extension)
  • Merseyside Atmospheric Emissions Inventory (MAEI)
  • Public transport improvements and associated infrastructure

eg ticketing, supported services, information, accessibility

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Considerations

Emissions from transport depend on three key variables:

the fossil carbon content of fuel consumed; ALTERNATIVES the fuel efficiency of vehicles; TECHNOLOGY the distance travelled and the means of transport chosen.

BEHAVIOUR It is essential to address all three of these in the most cost- effective and practical way possible

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Planning Timescales

Key Dates Activity Deadlines

24 November 2014 Committee - Presentations on reviews (background, approach, interviewees) N/A End Nov Agree questionnaire content N/A Dec – Jan Conduct interviews N/A 5 January Committee - Q2 issues report/s 19 December (submission) 2 February 2015 Committee - Presentation / report on draft review findings 19 January (submission) 23 March 2015 Committee - Final reviews report Q3 issues report/s 9 March (submission)

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Planning Timescales

Undertake evidence gathering sessions from the following suggested witnesses:

Huw Jenkins / Rebecca Taylor / Christine Darbyshire / Stephen Birch

  • Huw Jenkins / Rebecca Taylor / Christine Darbyshire / Stephen Birch
  • Shane Fitzpatrick or Frank Rogers
  • David Blainey / Halton Transport rep
  • Carole JE (Smarter Choices / Travelwise)
  • Howard Farrell (Arriva)
  • Elisabeth Tasker (Stagecoach)
  • Tim Schwanen - Oxford University Professor
  • LEP – Low Carbon Economy Committee
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Actions

  • Request any further background to area

being reviewed

  • Agree timetable for reviews
  • Agree questionnaire approach (via leads)
  • Agree interviewees for Committee to

arrange dates

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Questions